Can you edit it so I can answer your question please
Answer:
All answers are correct
Explanation:
Nutrients are needed for all of this
Answer:
Given
Per Kg of body mass, there is 3 gram of potassium
And abundance of three isotopes are as follows
Potassium-39, Potassium-40, and Potassium-41. Have abundances respectively as 93.26%, 0.012% and 6.728%.
1) A body weighing 80 Kg will have 240 grams of potassium. And the amount of Potassium-40 will be 0.012% of 240 gram
= 240*0.012/100 = 0.0288 gram.
2) Dose in (Gy) = (energy absorbed)/(mass of the body) = ( 1.1*106*1.6*10-19)/(80) = 22*10-10 J/kg
Dose (in siverts) = RBE*Dose(in Gy) = 1.2*22*10-10 = 26.4*10-10
"I'll probably have diluted urine" is the statement indicates understanding of content taught about removing his or her threeway indwelling catherter and continuous bladder irrigation.
The cornerstone of the clinical management of individuals with macroscopic hematuria is continuous bladder irrigation (CBI). Blood clots and the ensuing urine retention are managed or prevented with the help of three-way indwelling catheters (IUCs) with CBI. 1
The gravity-driven foundation of CBI allows saline to flow from a hanging bag to the IUC. Understanding the characteristics of the various equipment materials is crucial since they might affect the irrigation and drainage systems.
In French (Fr), the term "calibre" for an IUC refers to the external circumference as a whole rather than the size of the lumen. A three-way IUC features a drainage port and an irrigation system, but it also has a narrower internal drainage lumen than a two-way catheter of the same size.
Learn more about three-way indwelling urinary catheter here brainly.com/question/27284006
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Answer:
Option 2
Explanation:
MRSA stands for Methicillin-Resistant Staphylococcus aureus is a bacterium responsible for diseases in various body parts.
It's harder to treat as compared to most of the staphylococcus aureus strains - or staph - in light of the fact that it's impervious to some usually utilized anti-infection agents, i.e., antibiotics.
Their existence in population was even before the development of Methicillin.
